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Rampant/tests.lua
2018-01-13 21:48:21 -08:00

365 lines
12 KiB
Lua
Executable File

local tests = {}
local constants = require("libs/Constants")
local mathUtils = require("libs/MathUtils")
local chunkUtils = require("libs/ChunkUtils")
local mapUtils = require("libs/MapUtils")
local baseUtils = require("libs/BaseUtils")
-- local tendrilUtils = require("libs/TendrilUtils")
function tests.pheromoneLevels(size)
local player = game.player.character
local playerChunkX = math.floor(player.position.x / 32) * constants.CHUNK_SIZE
local playerChunkY = math.floor(player.position.y / 32) * constants.CHUNK_SIZE
if not size then
size = 3 * constants.CHUNK_SIZE
else
size = size * constants.CHUNK_SIZE
end
print("------")
print(#global.map.processQueue)
print(playerChunkX .. ", " .. playerChunkY)
print("--")
for y=playerChunkY-size, playerChunkY+size,32 do
for x=playerChunkX-size, playerChunkX+size,32 do
if (global.map[x] ~= nil) then
local chunk = global.map[x][y]
if (chunk ~= nil) then
local str = ""
for i=1,#chunk do
str = str .. " " .. tostring(i) .. "/" .. tostring(chunk[i])
end
str = str .. " " .. "p/" .. game.surfaces[1].get_pollution(chunk) .. " " .. "n/" .. chunkUtils.getNestCount(global.map, chunk) .. " " .. "w/" .. chunkUtils.getWormCount(global.map, chunk)
if (chunk.x == playerChunkX) and (chunk.y == playerChunkY) then
print("=============")
print(chunk.x, chunk.y, str)
print("=============")
else
print(chunk.x, chunk.y, str)
end
-- print(str)
print("----")
end
end
end
print("------------------")
end
end
function tests.activeSquads()
print("--")
for i=1, #global.natives.squads do
print("-")
local squad = global.natives.squads[i]
local squadHealth = 0
local squadMakeup = {}
local squadResistances = {}
if squad.group.valid then
for x=1,#squad.group.members do
local member = squad.group.members[x].prototype
if not squadMakeup[member.name] then
squadMakeup[member.name] = 0
end
local resistances = member.resistances
if resistances then
for key,resistance in pairs(resistances) do
local pack = squadResistances[key]
if not pack then
pack = {}
squadResistances[key] = pack
end
if resistance.percent then
if (pack.percent == nil) then
pack.percent = 0
end
pack.percent = pack.percent + resistance.percent
end
if resistance.decrease then
if (pack.decrease == nil) then
pack.decrease = 0
end
pack.decrease = pack.decrease + resistance.decrease
end
end
end
squadHealth = squadHealth + member.max_health
squadMakeup[member.name] = squadMakeup[member.name] + 1
end
print(math.floor(squad.group.position.x * 0.03125), math.floor(squad.group.position.y * 0.03125), squad.status, squad.group.state, #squad.group.members, squadHealth)
print(serpent.dump(squadResistances))
print(serpent.dump(squadMakeup))
print(serpent.dump(squad))
end
end
end
function tests.entitiesOnPlayerChunk()
local playerPosition = game.players[1].position
local chunkX = math.floor(playerPosition.x * 0.03125) * 32
local chunkY = math.floor(playerPosition.y * 0.03125) * 32
local entities = game.surfaces[1].find_entities_filtered({area={{chunkX, chunkY},
{chunkX + constants.CHUNK_SIZE, chunkY + constants.CHUNK_SIZE}},
force="player"})
for i=1, #entities do
print(entities[i].name)
end
print("--")
end
function tests.findNearestPlayerEnemy()
local playerPosition = game.players[1].position
local chunkX = math.floor(playerPosition.x * 0.03125) * 32
local chunkY = math.floor(playerPosition.y * 0.03125) * 32
local entity = game.surfaces[1].find_nearest_enemy({position={chunkX, chunkY},
max_distance=constants.CHUNK_SIZE,
force = "enemy"})
if (entity ~= nil) then
print(entity.name)
end
print("--")
end
function tests.getOffsetChunk(x, y)
local playerPosition = game.players[1].position
local chunkX = math.floor(playerPosition.x * 0.03125)
local chunkY = math.floor(playerPosition.y * 0.03125)
local chunk = mapUtils.getChunkByIndex(global.map, chunkX + x, chunkY + y)
print(serpent.dump(chunk))
end
function tests.aiStats()
print(global.natives.points, game.tick, global.natives.state, global.natives.temperament, global.natives.stateTick, global.natives.temperamentTick)
end
function tests.fillableDirtTest()
local playerPosition = game.players[1].position
local chunkX = math.floor(playerPosition.x * 0.03125) * 32
local chunkY = math.floor(playerPosition.y * 0.03125) * 32
game.surfaces[1].set_tiles({{name="fillableDirt", position={chunkX-1, chunkY-1}},
{name="fillableDirt", position={chunkX, chunkY-1}},
{name="fillableDirt", position={chunkX-1, chunkY}},
{name="fillableDirt", position={chunkX, chunkY}}},
false)
end
function tests.tunnelTest()
local playerPosition = game.players[1].position
local chunkX = math.floor(playerPosition.x * 0.03125) * 32
local chunkY = math.floor(playerPosition.y * 0.03125) * 32
game.surfaces[1].create_entity({name="tunnel-entrance-rampant", position={chunkX, chunkY}})
end
function tests.createEnemy(x,d)
local playerPosition = game.players[1].position
local chunkX = math.floor(playerPosition.x * 0.03125) * 32
local chunkY = math.floor(playerPosition.y * 0.03125) * 32
local a = {name=x, position={chunkX, chunkY}}
if d then
a['direction'] = d
end
return game.surfaces[1].create_entity(a)
end
function tests.registeredNest(x)
local entity = tests.createEnemy(x)
chunk.registerEnemyBaseStructure(global.map,
entity,
nil)
end
function tests.attackOrigin()
local enemy = game.surfaces[1].find_nearest_enemy({position={0,0},
max_distance = 1000})
if (enemy ~= nil) and enemy.valid then
print(enemy, enemy.unit_number)
enemy.set_command({type=defines.command.attack_area,
destination={0,0},
radius=32})
end
end
function tests.cheatMode()
game.players[1].cheat_mode = true
game.forces.player.research_all_technologies()
end
function tests.gaussianRandomTest()
local result = {}
for x=0,100,1 do
result[x] = 0
end
for _=1,10000 do
local s = mathUtils.roundToNearest(mathUtils.gaussianRandomRange(50, 25, 0, 100), 1)
result[s] = result[s] + 1
end
for x=0,100,1 do
print(x, result[x])
end
end
function tests.reveal (size)
game.player.force.chart(game.player.surface,
{{x=-size, y=-size}, {x=size, y=size}})
end
function tests.baseStats()
local natives = global.natives
print ("cX", "cY", "pX", "pY", "created", "align", "str", "upgradePoints", "#nest", "#worms", "#eggs", "hive")
for i=1, #natives.bases do
local base = natives.bases[i]
local nestCount = 0
local wormCount = 0
local eggCount = 0
local hiveCount = 0
for _,_ in pairs(base.nests) do
nestCount = nestCount + 1
end
for _,_ in pairs(base.worms) do
wormCount = wormCount + 1
end
for _,_ in pairs(base.eggs) do
eggCount = eggCount + 1
end
for _,_ in pairs(base.hives) do
hiveCount = hiveCount + 1
end
print(base.x, base.y, base.created, base.alignment, base.strength, base.upgradePoints, nestCount, wormCount, eggCount, hiveCount)
print(serpent.dump(base.tendrils))
print("---")
end
end
function tests.clearBases()
local surface = game.surfaces[1]
for x=#global.natives.bases,1,-1 do
local base = global.natives.bases[x]
for c=1,#base.chunks do
local chunk = base.chunks[c]
chunkUtils.clearChunkNests(chunk, surface)
end
base.chunks = {}
if (surface.can_place_entity({name="biter-spawner-powered", position={base.cX * 32, base.cY * 32}})) then
surface.create_entity({name="biter-spawner-powered", position={base.cX * 32, base.cY * 32}})
local slice = math.pi / 12
local pos = 0
for i=1,24 do
if (math.random() < 0.8) then
local distance = mathUtils.roundToNearest(mathUtils.gaussianRandomRange(45, 5, 37, 60), 1)
if (surface.can_place_entity({name="biter-spawner", position={base.cX * 32 + (distance*math.sin(pos)), base.cY * 32 + (distance*math.cos(pos))}})) then
if (math.random() < 0.3) then
surface.create_entity({name="small-worm-turret", position={base.cX * 32 + (distance*math.sin(pos)), base.cY * 32 + (distance*math.cos(pos))}})
else
surface.create_entity({name="biter-spawner", position={base.cX * 32 + (distance*math.sin(pos)), base.cY * 32 + (distance*math.cos(pos))}})
end
end
end
pos = pos + slice
end
else
table.remove(global.natives.bases, x)
end
end
end
function tests.mergeBases()
local natives = global.natives
baseUtils.mergeBases(natives)
end
function tests.showMovementGrid()
local chunks = global.map.processQueue
for i=1,#chunks do
local chunk = chunks[i]
local color = "concrete"
if (chunk[constants.PASSABLE] == constants.CHUNK_ALL_DIRECTIONS) then
color = "hazard-concrete-left"
elseif (chunk[constants.PASSABLE] == constants.CHUNK_NORTH_SOUTH) then
color = "deepwater"
elseif (chunk[constants.PASSABLE] == constants.CHUNK_EAST_WEST) then
color = "water-green"
end
chunkUtils.colorChunk(chunk.x, chunk.y, color, game.surfaces[1])
end
end
function tests.colorResourcePoints()
local chunks = global.map.processQueue
for i=1,#chunks do
local chunk = chunks[i]
local color = "concrete"
if (chunk[constants.RESOURCE_GENERATOR] ~= 0) and (chunk[constants.NEST_COUNT] ~= 0) then
color = "hazard-concrete-left"
elseif (chunk[constants.RESOURCE_GENERATOR] ~= 0) then
color = "deepwater"
elseif (chunk[constants.NEST_COUNT] ~= 0) then
color = "water-green"
end
chunkUtils.colorChunk(chunk.x, chunk.y, color, game.surfaces[1])
end
end
function tests.exportAiState(onTick)
local printState = function ()
local chunks = global.map.processQueue
local s = ""
for i=1,#chunks do
local chunk = chunks[i]
s = s .. table.concat({chunk[constants.MOVEMENT_PHEROMONE],
chunk[constants.BASE_PHEROMONE],
chunk[constants.PLAYER_PHEROMONE],
chunk[constants.RESOURCE_PHEROMONE],
chunk[constants.PASSABLE],
chunk[constants.CHUNK_TICK],
chunk[constants.PATH_RATING],
chunk.x,
chunk.y,
chunkUtils.getNestCount(global.map, chunk),
chunkUtils.getWormCount(global.map, chunk),
chunkUtils.getRallyTick(global.map, chunk),
chunkUtils.getRetreatTick(global.map, chunk),
chunkUtils.getResourceGenerator(global.map, chunk),
chunkUtils.getPlayerBaseGenerator(global.map, chunk)}, ",") .. "\n"
end
game.write_file("rampantState.txt", s, false)
end
return function(interval)
if not interval then
interval = 0
else
interval = tonumber(interval)
end
local wrappedTick = function (event)
if (event.tick % interval == 0) then
printState()
end
onTick(event)
end
printState()
if (interval > 0) then
script.on_event(defines.events.on_tick, wrappedTick)
elseif (interval == 0) then
script.on_event(defines.events.on_tick, onTick)
end
end
end
function tests.stepAdvanceTendrils()
-- for _, base in pairs(global.natives.bases) do
-- tendrilUtils.advanceTendrils(global.map, base, game.surfaces[1], {nil,nil,nil,nil,nil,nil,nil,nil})
-- end
end
return tests